IQAC

PROGRAMME OUTCOME (PO) FOR B.PHARM:

PO1

Demonstrate the technical knowhow of pharmaceutical sciences to identify, analyze and solve the problems in manufacturing, marketing and healthcare services

 

PO2

Ability to design and carryout experiments to analyze and interpret data.

 

PO3

Design, formulate and analyze product and process to meet desired needs within economic, environmental, social, political, ethical, health constrains, safety and sustainability.

.

 

PO4

Demonstrate the ability to plan and implement technical knowledge in professional activities.

 

PO5

Perform effectively as individual and part of team in diverse and multidisciplinary areas to accomplish tasks.

 

PO6

Act efficiently as a leader in the diverse field of pharmacy profession.

 

PO7

Ability to communicate effectively and sustain in different environments and culture.

PO8

Ability to use current techniques, hands-on skills, and modern tools to be productive resources320 for the serving organization through self-motivated lifelong learning

 

PO9

Ability to achieve global competence to succeed in competitive examinations, higher studies and employment.

 

PO10

Practice ethically and create awareness in society about the effective and safe use of medicines.

 

PROGRAM EDUCATIONAL OBJECTIVES (PEOs) FOR B.PHARM:

PEO1

Knowledge: To acquire the fundamental knowledge and technical proficiency to provide the healthcare needs of the society and coherent the expertise and apply it for contemporary problem solving in health care services.

 

PEO2

Professionalism: To provide professional and ethical attitude, communication skills, teamwork skills, multidisciplinary approach towards continuous development for the betterment of society.

 

PEO3

Leadership: To inculcate leadership in fields of Pharmacy that support service and economic development of the society.

 

PEO4

Career: To pursue advanced technology in research and development including innovative efforts in drug discovery, formulation and manufacturing and healthcare services.

PEO5

Self-Sustainability: To encourage students to contribute in continuous education process and adapting to rapid changes in the field pharmaceutical science for professional development andself-study.

 

COURSE OUTCOME FOR B.PHARM PROGRAMME:

B.PHARM 1ST YEAR 1ST SEMESTER

BP101T - Human Anatomy and Physiology I – Theory

CO1

Explain the homeostatic mechanisms regulating physiological processes.

CO2

Identify the basic organization, structure and function of cells, tissues, and various organ systems.

CO3

Illustrate the composition and functions of blood and lymphatic system.

CO4

Recognize the functions of peripheral nervous system, spinal and cranial nerves and also describe the structure of special sensory organs.

CO5

Describe the cardiovascular system and justify blood pressure regulation.

BP102T - Pharmaceutical Analysis I – Theory

CO1

Employ the principles of various volumetric analysis for analysing drugs.

CO2

Describe the principle of electrochemical method of analysis.

BP103T - Pharmaceutics I – Theory

CO1

Choose suitable dosage form and apply pharmaceutical calculations for dose selection.

CO2

Organize various steps for preparation of conventional dosage forms.

CO3

Identify pharmaceutical incompatibilities and appraise prescriptions for potential errors, ensuring safe and effective patient care

BP104T - Pharmaceutical Inorganic Chemistry – Theory

CO1

Identify and quantify pharmaceutical impurities in inorganic pharmaceutical compounds.

CO2

Describe important pharmaceutical and therapeutic properties of inorganic compounds.

CO3

Illustrate the concept of isotonicity and buffers.

BP105T - Communication skills – Theory*

CO1

Explain the communication process, elements, styles and barriers with respect to the needs of a pharmacist as well as pharmaceutical operations.

CO2

Demonstrate personal as well as interpersonal skills to communicate effectively.

CO3

Express leadership qualities in managing a team as a team player.

BP106RBT-Remedial Biology – Theory*

CO1

Describe and categorize the salient features of five kingdoms of life.

CO2

Explain the concept of anatomy and physiology of plants, animals with special reference to human.

BP106RMT -Remedial Mathematics – Theory*

CO1

Use fundamentals of matrices, logarithm necessary for pharmaceutical calculations.

CO2

Analyze functions and graphs to interpret and solve real-world pharmaceutical problems involving mathematical models.

COURSE OUTCOME FOR B.PHARM PROGRAMME:​

B.PHARM 1ST YEAR 1ST SEMESTER​

BP107P - Human Anatomy and Physiology I – Practical

CO1

Identify the structure of various bones and tissues. 

CO2

Examine blood group, percentage of haemoglobin, blood cell count etc.

CO3

Measure cardiovascular parameters like heart rate, pulse rate and blood pressure.

BP108P - Pharmaceutical Analysis I – Practical

CO1

Analyze the presence of impurities qualitatively by using various volumetric methods of analysis.

CO2

Express concentration and analyse the end point graphically using electrochemical method

BP109P - Pharmaceutics I - Practical

CO1

Describe and demonstrate the methods of preparation for conventional dosage forms.

CO2

Apply appropriate techniques for formulation of dosage forms.

CO3

Choose appropriate excipients and justify the chosen formulation techniques.

CO4

Evaluate the quality and physical properties of prepared dosage forms. 

BP110P - Pharmaceutical Inorganic Chemistry – Practical

CO1

Prepare and evaluate purity of inorganic pharmaceutical compounds and preparations.

CO2

Identify the limit of impurities present in pharmaceutical inorganic compounds.

 

BP105T - Communication skills – Practical*

CO1

Apply basic communication skills to actual situations.

CO2

Analyze and distinguish different consonant and vowel sounds and apply them in advanced learning.

BP106RBT-Remedial Biology – Practical*

CO1

Identify different plant parts, human tissues and bones.

CO2

Examine the different human physiological parameters with special reference to blood grouping, blood pressure and tidal volume.

COURSE OUTCOME FOR B.PHARM PROGRAMME:

B.PHARM 1ST YEAR 2ND SEMESTER

BP201T Human Anatomy and Physiology II– Theory

CO1

Describe the structure and functions of various systems and their regulatory mechanisms.

CO2

Explain various physiological processes and normal functioning of body.

CO3

Illustrate various mechanisms like homeostasis, hormonal regulationandgaseous exchange.

CO4

Describethe variousgenetic structures and patterns of genetic inheritance.

BP202T Pharmaceutical Organic Chemistry I– Theory

CO1

Describe type of isomerism and structure of a compound.

CO2

Identify organic compounds using chemical test and explaining the reactions involve in the chemical process.

CO3

Illustrate synthetic pathways involving important name reactions and rearrangements.

BP203T Biochemistry–Theory

CO1

Explain and illustrate biomolecules, their metabolic pathways and bioenergetics. 

CO2

Describe roles of enzymes, genetics pathways and their mutation.

CO3

Identify metabolic disorders and their probable biochemical causes.

BP204T Pathophysiology–Theory

CO1

Explain the mechanism of cell injury, inflammation and their repair.

CO2

Describe the gross pathophysiology of diseases related to various systems.

CO3

Identify diseases related to blood, bones, joints and those related to infectious microorganisms.

BP205T Computer Applications in Pharmacy– Theory*

CO1

Apply the knowledge of number systems and binary arithmetic to solve computational problems.

CO2

Describe the components of web technologies and demonstrate the use of HTML, CSS, XML, and MySQL.

CO3

Apply computer technologies in pharmaceuticals for drug information retrieval and clinical data management.

CO4

Explain the fundamentals of bioinformatics and analyze the role of bioinformatics in modern vaccine discovery.

CO5

Demonstrate the use of computerized systems such as CDS, LIMS, and TIMS to manage and interpret data.

BP206T Environmental sciences– Theory*

CO1

Describe key environmental concepts and problems.

CO2

Propose steps to avoid harmful practices and measures to be taken to protect the nature.

CO3

Demonstrate improvement efforts, such as clean-ups, tree-planting or recycling programs in their community.

COURSE OUTCOME FOR B.PHARM PROGRAMME:

B.PHARM 1ST YEAR 2ND SEMESTER

BP207P Human Anatomy and Physiology II–Practical

CO1

Identifyvarious organs and systems.

CO2

Examine total blood count, body temperature, tidal volume, vital capacity and basal mass index.

CO3

Test visual acuity, reflex activity and examine general neurological responses.

CO4

Describe various family planning methods and test for pregnancy.

BP208P Pharmaceutical Organic Chemistry I–Practical

CO1

Identify organic compounds and elaborate bonding hybridization and stereochemistry of the compound.

CO2

Estimate the presence of nitrogen, sulphurand halogens in organic compounds.

CO3

Evaluate organic compound for presence of specific functional groups.

BP209P Biochemistry–Practical

CO1

Analyze and identify carbohydrates, amino acids and proteins. 

CO2

Differentiate normal and abnormal constituents of body fluids and quantify them. 

BP210P Computer Applications in Pharmacy–Practical*

CO1

Design digital health tools like questionnaires and web pages using standard software.

CO2

Apply online and offline tools to retrieve and manage drug-related data.

CO3

Design and manage pharmacy databases using MS Access.

COURSE OUTCOME FOR B.PHARM PROGRAMME:

B.PHARM 2ND YEAR 3RD SEMESTER

BP301T Pharmaceutical Organic Chemistry II– Theory

CO1

Describe structure and isomerism involved in organic compounds.

CO2

Prepare and describe the reaction involved for organic compound and describe the reactions they may undergo.

CO3

Determine the stability or reactivity of compounds.

BP302T Physical Pharmaceutics I– Theory

CO1

Evaluate physicochemical properties of API.

CO2

Describe concept of surface tension, protein binding and isotonicity.

BP303T Pharmaceutical Microbiology– Theory

CO1

Apply microbiological techniques to ensure aseptic conditions.

CO2

Describe microbial characteristics, disinfection methods, and sterility testing procedures.

CO3

Design microbiological assays. 

BP304T Pharmaceutical Engineering– Theory

CO1

Describe unit operations and material handling techniques in pharmaceutical industries. 

CO2

Design layouts for maximum use of resources and preventing pollution.

BP305P Pharmaceutical Organic Chemistry II– Practical

CO1

Design and perform purification and isolation of organic compounds.

CO2

Synthesize various organic compounds.

CO3

Formulate aromatic azo compounds by diazotisation and coupling reactions.

BP306P Physical Pharmaceutics I–Practical

CO1

Evaluate physicochemical properties

CO2

Measure isotonicity and pH.

CO3

Assess protein binding and complex formation.

BP307P Pharmaceutical Microbiology–Practical

CO1

Prepare microbiological media and perform microbial assay.

CO2

Identify various microorganisms.

CO3

Design sterilization methods and quality control.

BP308P Pharmaceutical Engineering–Practical

CO1

Design and examine factors which may interfere with pharmaceutical formulations.

CO2

Operate various pharmaceuticals machineries use for pre-formulation studies and manufacturing.

COURSE OUTCOME FOR B.PHARM PROGRAMME:

B.PHARM 2ND YEAR 4TH SEMESTER

BP401T Pharmaceutical Organic Chemistry III–Theory

CO1

Describe properties and synthesis of organic compound. 

CO2

Explain stereochemistry of organic compound.

CO3

Describe the fundamentals of heterocyclic compounds, their synthesis and uses.

BP402T Medicinal Chemistry I–Theory

CO1

Understand the chemistry of drugs with respect to their pharmacological activity

CO2

Explain drug metabolic pathways, adverse effect and therapeutic value of drugs

CO3

Justify the Structural Activity Relationship (SAR) of different class of drugs

CO4

Describe the chemical synthesis of some drugs

BP403T Physical Pharmaceutics II–Theory

CO1

Explain and interpret interfacial phenomena and rheological behaviours.

CO2

Design stable pharmaceutical dosage forms

CO3

Strategies to overcome challenges during pharmaceutical product development.

BP404T Pharmacology I– Theory

CO1

Explain route of drug administration, basic ADME and the concept of agonist and antagonist.

CO2

Explain the basic concepts of drug interaction, adverse drug reaction and clinical trials.

CO3

Describe and classify the drugs acting on diseases related to nervous systems and explain their mechanism of action.   

BP405T Pharmacognosy and Phytochemistry I– Theory

CO1

Evaluate the presence of adulterant and quality of crude drugs.

CO2

Describe natural and synthetic methods for production of crude drugs and edible vaccines.

CO3

Describe uses of plant metabolites and their applications in various systems of medicine.

COURSE OUTCOME FOR B.PHARM PROGRAMME:

B.PHARM 2ND YEAR 4TH SEMESTER

BP406P Medicinal Chemistry I–Practical

CO1

Apply laboratory safety protocols and good laboratory practices (GLP) while handling chemicals and instruments.

CO2

Synthesize selected medicinally important compounds using standard laboratory techniques.

CO3

Demonstrate proficiency in recrystallization, filtration, and drying techniques for purification of organic compounds.

CO4

Analyze and verifythe purity and identity of synthesized compounds through preliminary qualitative tests.

BP407P Physical Pharmaceutics II–Practical

CO1

Evaluate quality control of pharmaceutical dosage forms.

CO2

Apply knowledge of surface and interfacial phenomena to improve the stability of pharmaceutical dispersions systems.

CO3

Analyzethe physicochemical properties for formulation development and optimization.

BP408P Pharmacology I–Practical

CO1

Operate CPCSEA approved animal house.

CO2

Demonstrate effect of various drugs on different laboratory animals.

CO3

Evaluate drug activity using softwares.

BP409P Pharmacognosy and Phytochemistry I–Practical

CO1

Demonstrate macroscopic and microscopic characters of crude drugs.

CO2

Interpret the physical evaluation of crude drugs for their quality assessment.

COURSE OUTCOME FOR B.PHARM PROGRAMME:

B.PHARM 3RD YEAR 5TH SEMESTER

BP501T Medicinal Chemistry II–Theory

CO1

Explain structure of molecules in relation to their pharmacological activity and classify them.

CO2

Identify skeletal structure of molecules responsible for specific pharmacological activity.

CO3

Formulate specific chemical moieties using various synthetic pathways.

BP502T Industrial Pharmacy I–Theory

CO1

Explain pre-formulation studies of different dosage forms. 

CO2

Analyze the factors affecting quality control of pharmaceutical dosage forms.

CO3

Apply knowledge of processing parameters to solve common manufacturing challenges in dosage forms. 

BP503T Pharmacology II–Theory

CO1

Describe and classify the drugs acting on diseases related to various systems and explain their mechanism of action.

CO2

Describe mechanism of action for autocoids and related drugs. 

CO3

Describe and explain bioassay.

BP504T Pharmacognosy and PhytochemistryII– Theory

CO1

Describe the metabolic pathways and their biogenetic studiesin higher plants.

CO2

Apply the knowledge of basic phytochemistry to analyse the phytoconstituents. 

BP505T Pharmaceutical Jurisprudence– Theory

CO1

Practice the profession of pharmacy as per law of the land. 

CO2

Employ Drugs and Cosmetics Act and Pharmacy Act for the practicing pharmacy as regulator.

BP506P Industrial Pharmacy I–Practical

CO1

Apply standard operating procedures (SOPs) for the manufacturing of various dosage forms.

CO2

Evaluate the quality parameters of formulated and marketed dosage forms.

CO3

Interpret standard lab reports with proper experimental data related to formulation and evaluation.

BP507P Pharmacology II–Practical

CO1

Formulate various physiological salt solutions and describe their application.

CO2

Explain effect of drugs on laboratory animals.

CO3

Apply their knowledge on bioassay.

CO4

Use simulated software for evaluating various activities.

BP508P Pharmacognosy and Phytochemistry II Practical

CO1

Identify crude drugs based on morphological and microscopical characteristics. 

CO2

Apply knowledge for isolation and identification of phytoconstituents.

CO3

Explain and demonstrate chromatographic techniques.

COURSE OUTCOME FOR B.PHARM PROGRAMME:

B.PHARM 3RD YEAR 6TH SEMESTER

BP601T Medicinal Chemistry III– Theory

CO1

Describe the structure-activity relationships (SAR) and degradation pathways and identify their important stereochemical features. 

CO2

Explain the concept and techniques of drug design.

CO3

Describe drug metabolism with special emphasis on adverse drug effect.

CO4

Explain pharmacological activity of drugs in relation to basic structure of chemical moieties.

BP602T Pharmacology III– Theory

CO1

Describe and classify the drugs acting on various systems.

CO2

Explain principles of Chemotherapy and describe various chemotherapeutic agents. 

CO3

Explain the concept and details of immunotherapy.

CO4

Illustrate toxicology with its application in patient care and chronopharmacology.

BP603T Herbal Drug Technology– Theory

CO1

Explain the fundamentals of biodynamic agriculture techniques and nutraceuticals.

CO2

Describe various herbal formulations and herb-drug interactions.

CO3

Describe GMP and IPR of herbal drug industries.

BP604T Biopharmaceutics and Pharmacokinetics -Theory

CO1

Explain the basic ADME of drug and tissue protein binding in human body.

CO2

Evaluate different pharmacokinetic parameters 

CO3

Explain the concept of the different compartment model.

CO4

Calculate different pharmacokinetic aspects.

BP605T Pharmaceutical Biotechnology– Theory

CO1

Explain and describe the enzyme immobilization and genetic engineering and their uses in pharmaceutical products.

CO2

Explain uses of blood products, plasma substitutes etc. and fermentation techniques

BP606T Quality Assurance–Theory

CO1

Understand and recognize the various aspects of quality control and management and the scope of quality certification applicable to pharmaceutical industries.

CO2

Understand the cGMP aspects affecting the quality of pharmaceuticals in various departments.

CO3

Understand and recognize the various Good Laboratory Practices followed and quality control tests of packing materials.

CO4

Understand and recognize the need for proper documentation in maintenance of quality.

CO5

Understand the responsibilities of quality control and quality assurance department.

 

COURSE OUTCOME FOR B.PHAR PROGRAMME

B.PHARM 3RD YEAR 6TH SEMESTER

BP607P Medicinal chemistry III– Practical

CO1

Compare the yield and efficiency of drug synthesis using conventional and microwave-assisted methods.

CO2

Analyze pharmaceutical compounds to assess their purity and quality.

CO3

Design chemical structures and illustrate reaction mechanisms using software.

BP608P Pharmacology III– Practical

CO1

Measure dose of a drug and justify experimental findings using biostatistics.

CO2

Demonstrate effect of drug on various disease conditions using simulated software.

CO3

Calculatepharmacokinetic parameters from data set.

BP609P Herbal Drug Technology– Practical

CO1

Employ knowledge for phytochemical screening and development of herbal formulations.

CO2

Evaluate quality of formulated finished products using various parameters.

COURSE OUTCOME FOR B.PHARM PROGRAMME:

B.PHARM 4TH YEAR 7TH SEMESTER

BP701T Instrumental Methods of Analysis– Theory

CO1

Illustrate the principle, instrumentation and application of spectroscopic and chromatographic techniques

CO2

Analyse the interaction of matter with electromagnetic radiation and to apply the knowledge in drug analysis by spectral techniques.

CO3

Explain applications of various types of electrophoresis.

BP702T Industrial Pharmacy II– Theory

CO1

Adapt the pilot plant process and scale up techniques.

CO2

Explain the concept of technology transfer and regulation used in pharmaceutical industry.

BP703T Pharmacy Practice– Theory

CO1

Describe the fundamental of hospital and community pharmacy in relation to pharmacy practice. 

CO2

Illustrate the concept of patient compliance and drug related problems to enhance therapeutic outcomes.

CO3

Explain the basics of drug store management and the ability to interpret clinical laboratory test reports.

BP704T Novel Drug Delivery System– Theory

CO1

Justify the use of various polymer to develop various drug delivery systems.

CO2

Adapt different evaluation techniques to optimize drug delivery system.

 

BP706PS: Practice School*

CO1

Application of knowledge gained in isolation, identification, standardization, formulation, manufacturing & evaluation of pharmaceuticals.

CO2

Execute projects or tasks that simulate real-world pharmacy domain challenges.

CO3

Examine issues that arise in the pharmacy and demonstrate flexibility by adjusting to new obstacles.


BP705P Instrumental Methods of Analysis– Practical

CO1

Develop basic practical skills using instrumental techniques.

CO2

Apply the knowledge of quantitative & qualitative analysis of drugs.

CO3

Operate GC and HPLC.

COURSE OUTCOME FOR B.PHARM PROGRAMME:

B.PHARM 4TH YEAR 8TH SEMESTER

BP801T Biostatistics and Research Methodology-Theory

CO1

Analyze biostatistical data set to justify findings.

CO2

Design experiments as per the need of research.

BP802T Social and Preventive Pharmacy– Theory

CO1

Identify various diseases at both individual and community level and explain the principles of preventive medicine and control of various diseases at the community level.

CO2

Categorize various national health programmes and describe the role of WHO in supporting national health initiatives.

CO3

Design and evaluate public health care programmes to improve the health in rural, urban and school communities

BP805ET Pharmacovigilance-Theory

CO1

Describe, prevent and report adverse drug reactions. 

CO2

Employ knowledge to usedrug information resources and generate safety data. 

CO3

Employ knowledges from various safety data and ICH guidelines for vaccine safety. 

BP811ET Advanced Instrumentation Techniques

CO1

Illustrate and describe the principle and instrumentation of analytical techniques.

CO2

Differentiate and compare DTA, DSC, TGA and explain the concept of x-ray diffraction methods.

CO3

Describe calibration and validation techniques of various analytical instruments as per ICH and USFDA.

CO4

Explain the concepts of Radio immunoassays, hyphenated techniques of LC-MS, GC-MS and HPTLC-MS.

 

BP813PW: Project Work

CO1

Analyse research objectives by conducting a thorough literature review to identify gaps, and design and execute experimental protocols applying integrated knowledge from pharmaceutics, pharmacology, pharmaceutical chemistry and related disciplines to solve real-world problems in drug discovery, formulation, analysis, or development.

CO2

Evaluate experimental data using statistical tools, interpret results, evaluate outcomes against objectives and regulatory standards (e.g., ICH guidelines), draw valid conclusions, and ensure adherence to ethical principles, Good Laboratory Practices (GLP) and professional integrity throughout the research process.

CO3

Create a structured dissertation/report documenting the research methodology, findings, and implications, deliver effective oral presentations, and demonstrate effective time management, resource utilisation, teamwork (where applicable), independent learning and adaptability to foster lifelong professional development.